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Our latest work on continual learning and representational drift is on arXiv!
Check out our latest work by Yikai Si and Shanshan Qin, “Continual-learning rules shape representational drift”, now on arXiv. This study shows how different continual-learning mechanisms produce distinct patterns of representational drift, linking drift to the stability-plasticity trade-off.
Last updated on Aug 18, 2026
Yanzhe Zhao joins our group
Welcome Yanzhe Zhao (赵彦喆), an undergraduate student in Automation at the School of Future Technology, Tianjin University, who joins our team as a visiting student!
Last updated on Aug 17, 2026
Yue Yu joins our group
Welcome Yue Yu (于越), an undergraduate Neuroscience student at University College London, who joins our team as a visiting student! Yue will be working on the
Last updated on Jul 23, 2026
Jason, Hao, Zhangming and Tuo join our group
Welcome Jason Tang and Victor Hao Wu (吴浩), who join our team as visiting students, and Zhangming Gu (顾彰洺) and Tuo Xie
Last updated on Jun 13, 2026
Zihan, Yixuan, Dongdong and Keyi join our group for undergraduate research training
Welcome Zihan Zhou (周子涵), Yixuan Zhang (张昳轩), Dongdong Zhang (张东东), and Keyi Si (司
Last updated on Mar 27, 2026
Yuyu Tang and Chaoyao Ma join join our group as visiting students
Welcome Yuyu Tang (唐羽羽) and Changyao Ma (马畅遥) to our team! We’re excited to have you on board as visiting students. They
Last updated on Mar 3, 2026
The ReSU project is featured by the Flatiron Institute
Shanshan’s work on “A Network of Biologically Inspired Rectified Spectral Units (ReSUs) Learns Hierarchical Features Without Error Backpropagation” is featured by the Flatiron Institute, Simons Foundation. Learn more about “Biological Brains Inspire a New Building Block for Artificial Neural Networks”.
Last updated on Mar 3, 2026
Shanshan is attending the AAAI 2026 conference at Singapore
Shanshan is attending the AAAI 2026 conference at Singapore from January 21 - 28, 2026. He is presenting his work on “A Network of Biologically Inspired Rectified Spectral Units (ReSUs) Learns Hierarchical Features Without Error Backpropagation”.
Last updated on Jan 24, 2026
Our latest work on the principle of isomorphism is on arXiv now!
Check out our latest work on a normative theory of neural representation here. We propose the Principle of Isomorphism (PIso): population activity preserves the essential mathematical structures of the tasks it supports.
Last updated on Oct 7, 2025
Zikai Fang joins our group as a research assistant
Welcome Zikai Fang (方子锴) to our team! We’re excited to have you on board as an undergraduate research assistant.
Last updated on Sep 29, 2025
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